Mercurial > hg > xemacs-beta
view src/tooltalk.c @ 2720:6fa9919a9a0b
[xemacs-hg @ 2005-04-08 23:10:01 by crestani]
ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
New configure flag: `MC_ALLOC':
* configure.ac (XE_COMPLEX_ARG_ENABLE): Add `--enable-mc-alloc' as
a new configure flag.
* configure.in (AC_INIT_PARSE_ARGS): Add `--mc-alloc' as a new
configure flag.
* configure.usage: Add description for `mc-alloc'.
DUMP_IN_EXEC:
* Makefile.in.in: Condition the installation of a separate dump
file on !DUMP_ON_EXEC.
* configure.ac (XE_COMPLEX_ARG_ENABLE): Add
`--enable-dump-in-exec' as a new configure flag.
* configure.ac: DUMP_IN_EXEC is define as default for PDUMP but
not default for MC_ALLOC.
* configure.in (AC_INIT_PARSE_ARGS): Add `--dump-in-exec' as a
new configure flag.
* configure.in: DUMP_IN_EXEC is define as default for PDUMP but
not default for MC_ALLOC.
* configure.usage: Add description for `dump-in-exec'.
lib-src/ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
DUMP_IN_EXEC:
* Makefile.in.in: Only compile insert-data-in-exec if
DUMP_IN_EXEC is defined.
lisp/ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
MEMORY_USAGE_STATS
* diagnose.el: Add new lisp function to pretty print statistics
about the new allocator.
* diagnose.el (show-mc-alloc-memory-usage): New.
modules/ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
Remove Lcrecords:
* postgresql/postgresql.c (allocate_pgconn): Allocate with new
allocator.
* postgresql/postgresql.c (allocate_pgresult): Allocate PGresult
with new allocator.
* postgresql/postgresql.h (struct Lisp_PGconn): Add
lrecord_header.
* postgresql/postgresql.h (struct Lisp_PGresult): Add
lrecord_header.
* ldap/eldap.c (allocate_ldap): Allocate with new allocator.
* ldap/eldap.h (struct Lisp_LDAP): Add lrecord_header.
nt/ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
New configure flag: `MC_ALLOC':
* config.inc.samp: Add new flag `MC_ALLOC'.
* xemacs.mak: Add flag and configuration output for `MC_ALLOC'.
New files:
* xemacs.dsp: Add source files mc-alloc.c and mc-alloc.h.
* xemacs.mak: Add new object file mc-alloc.obj to dependencies.
src/ChangeLog addition:
2005-04-01 Marcus Crestani <crestani@xemacs.org>
The new allocator.
New configure flag: `MC_ALLOC':
* config.h.in: Add new flag `MC_ALLOC'.
New files:
* Makefile.in.in: Add new object file mc-alloc.o.
* depend: Add new files to dependencies.
* mc-alloc.c: New.
* mc-alloc.h: New.
Running the new allocator from XEmacs:
* alloc.c (deadbeef_memory): Moved to mc-alloc.c.
* emacs.c (main_1): Initialize the new allocator and add
syms_of_mc_alloc.
* symsinit.h: Add syms_of_mc_alloc.
New lrecord allocation and free functions:
* alloc.c (alloc_lrecord): New. Allocates an lrecord, includes
type checking and initializing of the lrecord_header.
* alloc.c (noseeum_alloc_lrecord): Same as above, but increments
the NOSEEUM cons counter.
* alloc.c (free_lrecord): New. Calls the finalizer and frees the
lrecord.
* lrecord.h: Add lrecord allocation prototypes and comments.
Remove old lrecord FROB block allocation:
* alloc.c (allocate_lisp_storage): Former function to expand
heap. Not needed anymore, remove.
* alloc.c: Completely remove `Fixed-size type macros'
* alloc.c (release_breathing_space): Remove.
* alloc.c (memory_full): Remove release_breathing_space.
* alloc.c (refill_memory_reserve): Remove.
* alloc.c (TYPE_ALLOC_SIZE): Remove.
* alloc.c (DECLARE_FIXED_TYPE_ALLOC): Remove.
* alloc.c (ALLOCATE_FIXED_TYPE_FROM_BLOCK): Remove.
* alloc.c (ALLOCATE_FIXED_TYPE_1): Remove.
* alloc.c (ALLOCATE_FIXED_TYPE): Remove.
* alloc.c (NOSEEUM_ALLOCATE_FIXED_TYPE): Remove.
* alloc.c (struct Lisp_Free): Remove.
* alloc.c (LRECORD_FREE_P): Remove.
* alloc.c (MARK_LRECORD_AS_FREE): Remove.
* alloc.c (MARK_LRECORD_AS_NOT_FREE): Remove.
* alloc.c (PUT_FIXED_TYPE_ON_FREE_LIST): Remove.
* alloc.c (FREE_FIXED_TYPE): Remove.
* alloc.c (FREE_FIXED_TYPE_WHEN_NOT_IN_GC): Remove.
Allocate old lrecords with new allocator:
* alloc.c: DECLARE_FIXED_TYPE_ALLOC removed for all lrecords
defined in alloc.c.
* alloc.c (Fcons): Allocate with new allocator.
* alloc.c (noseeum_cons): Allocate with new allocator.
* alloc.c (make_float): Allocate with new allocator.
* alloc.c (make_bignum): Allocate with new allocator.
* alloc.c (make_bignum_bg): Allocate with new allocator.
* alloc.c (make_ratio): Allocate with new allocator.
* alloc.c (make_ratio_bg): Allocate with new allocator.
* alloc.c (make_ratio_rt): Allocate with new allocator.
* alloc.c (make_bigfloat): Allocate with new allocator.
* alloc.c (make_bigfloat_bf): Allocate with new allocator.
* alloc.c (make_compiled_function): Allocate with new allocator.
* alloc.c (Fmake_symbol): Allocate with new allocator.
* alloc.c (allocate_extent): Allocate with new allocator.
* alloc.c (allocate_event): Allocate with new allocator.
* alloc.c (make_key_data): Allocate with new allocator.
* alloc.c (make_button_data): Allocate with new allocator.
* alloc.c (make_motion_data): Allocate with new allocator.
* alloc.c (make_process_data): Allocate with new allocator.
* alloc.c (make_timeout_data): Allocate with new allocator.
* alloc.c (make_magic_data): Allocate with new allocator.
* alloc.c (make_magic_eval_data): Allocate with new allocator.
* alloc.c (make_eval_data): Allocate with new allocator.
* alloc.c (make_misc_user_data): Allocate with new allocator.
* alloc.c (Fmake_marker): Allocate with new allocator.
* alloc.c (noseeum_make_marker): Allocate with new allocator.
* alloc.c (make_uninit_string): Allocate with new allocator.
* alloc.c (resize_string): Allocate with new allocator.
* alloc.c (make_string_nocopy): Allocate with new allocator.
Garbage Collection:
* alloc.c (GC_CHECK_NOT_FREE): Remove obsolete assertions.
* alloc.c (SWEEP_FIXED_TYPE_BLOCK): Remove.
* alloc.c (SWEEP_FIXED_TYPE_BLOCK_1): Remove.
* alloc.c (sweep_conses): Remove.
* alloc.c (free_cons): Use new allocator to free.
* alloc.c (sweep_compiled_functions): Remove.
* alloc.c (sweep_floats): Remove.
* alloc.c (sweep_bignums): Remove.
* alloc.c (sweep_ratios): Remove.
* alloc.c (sweep_bigfloats): Remove.
* alloc.c (sweep_symbols): Remove.
* alloc.c (sweep_extents): Remove.
* alloc.c (sweep_events): Remove.
* alloc.c (sweep_key_data): Remove.
* alloc.c (free_key_data): Use new allocator to free.
* alloc.c (sweep_button_data): Remove.
* alloc.c (free_button_data): Use new allocator to free.
* alloc.c (sweep_motion_data): Remove.
* alloc.c (free_motion_data): Use new allocator to free.
* alloc.c (sweep_process_data): Remove.
* alloc.c (free_process_data): Use new allocator to free.
* alloc.c (sweep_timeout_data): Remove.
* alloc.c (free_timeout_data): Use new allocator to free.
* alloc.c (sweep_magic_data): Remove.
* alloc.c (free_magic_data): Use new allocator to free.
* alloc.c (sweep_magic_eval_data): Remove.
* alloc.c (free_magic_eval_data): Use new allocator to free.
* alloc.c (sweep_eval_data): Remove.
* alloc.c (free_eval_data): Use new allocator to free.
* alloc.c (sweep_misc_user_data): Remove.
* alloc.c (free_misc_user_data): Use new allocator to free.
* alloc.c (sweep_markers): Remove.
* alloc.c (free_marker): Use new allocator to free.
* alloc.c (garbage_collect_1): Remove release_breathing_space.
* alloc.c (gc_sweep): Remove all the old lcrecord and lrecord
related stuff. Sweeping now works like this: compact string
chars, finalize, sweep.
* alloc.c (common_init_alloc_early): Remove old lrecord
initializations, remove breathing_space.
* emacs.c (Fdump_emacs): Remove release_breathing_space.
* lisp.h: Remove prototype for release_breathing_space.
* lisp.h: Adjust the special cons mark makros.
Lrecord Finalizer:
* alloc.c: Add finalizer to lrecord definition.
* alloc.c (finalize_string): Add finalizer for string.
* bytecode.c: Add finalizer to lrecord definition.
* bytecode.c (finalize_compiled_function): Add finalizer for
compiled function.
* marker.c: Add finalizer to lrecord definition.
* marker.c (finalize_marker): Add finalizer for marker.
These changes build the interface to mc-alloc:
* lrecord.h (MC_ALLOC_CALL_FINALIZER): Tell mc-alloc how to
finalize lrecords.
* lrecord.h (MC_ALLOC_CALL_FINALIZER_FOR_DISKSAVE): Tell
mc-alloc how to finalize for disksave.
Unify lrecords and lcrecords:
* lisp.h (struct Lisp_String): Adjust string union hack to
new lrecord header.
* lrecord.h: Adjust comments.
* lrecord.h (struct lrecord_header): The new lrecord header
includes type, lisp-readonly, free, and uid.
* lrecord.h (set_lheader_implementation): Adjust to new
lrecord_header.
* lrecord.h (struct lrecord_implementation): The field basic_p
for indication of an old lrecord is not needed anymore, remove.
* lrecord.h (MAKE_LRECORD_IMPLEMENTATION): Remove basic_p.
* lrecord.h (MAKE_EXTERNAL_LRECORD_IMPLEMENTATION): Remove
basic_p.
* lrecord.h (copy_sized_lrecord): Remove distinction between
old lrecords and lcrecords.
* lrecord.h (copy_lrecord): Remove distinction between old
lrecords and lcrecords.
* lrecord.h (zero_sized_lrecord): Remove distinction between
old lrecords and lcrecords.
* lrecord.h (zero_lrecord): Remove distinction between old
lrecords and lcrecords.
Remove lcrecords and lcrecord lists:
* alloc.c (basic_alloc_lcrecord): Not needed anymore, remove.
* alloc.c (very_old_free_lcrecord): Not needed anymore, remove.
* alloc.c (copy_lisp_object): No more distinction between
lrecords and lcrecords.
* alloc.c (all_lcrecords): Not needed anymore, remove.
* alloc.c (make_vector_internal): Allocate as lrecord.
* alloc.c (make_bit_vector_internal): Allocate as lrecord.
* alloc.c: Completely remove `lcrecord lists'.
* alloc.c (free_description): Remove.
* alloc.c (lcrecord_list_description): Remove.
* alloc.c (mark_lcrecord_list): Remove.
* alloc.c (make_lcrecord_list): Remove.
* alloc.c (alloc_managed_lcrecord): Remove.
* alloc.c (free_managed_lcrecord): Remove.
* alloc.c (alloc_automanaged_lcrecord): Remove.
* alloc.c (free_lcrecord): Remove.
* alloc.c (lcrecord_stats): Remove.
* alloc.c (tick_lcrecord_stats): Remove.
* alloc.c (disksave_object_finalization_1): Add call to
mc_finalize_for_disksave. Remove the lcrecord way to visit all
objects.
* alloc.c (kkcc_marking): Remove XD_FLAG_FREE_LISP_OBJECT
* alloc.c (sweep_lcrecords_1): Remove.
* alloc.c (common_init_alloc_early): Remove everything related
to lcrecords, remove old lrecord initializations,
* alloc.c (init_lcrecord_lists): Not needed anymore, remove.
* alloc.c (reinit_alloc_early): Remove everything related to
lcrecords.
* alloc.c (init_alloc_once_early): Remove everything related to
lcrecords.
* buffer.c (allocate_buffer): Allocate as lrecord.
* buffer.c (nuke_all_buffer_slots): Use lrecord functions.
* buffer.c (common_init_complex_vars_of_buffer): Allocate as
lrecord.
* buffer.h (struct buffer): Add lrecord_header.
* casetab.c (allocate_case_table): Allocate as lrecord.
* casetab.h (struct Lisp_Case_Table): Add lrecord_header.
* charset.h (struct Lisp_Charset): Add lrecord_header.
* chartab.c (fill_char_table): Use lrecord functions.
* chartab.c (Fmake_char_table): Allocate as lrecord.
* chartab.c (make_char_table_entry): Allocate as lrecord.
* chartab.c (copy_char_table_entry): Allocate as lrecord.
* chartab.c (Fcopy_char_table): Allocate as lrecord.
* chartab.c (put_char_table): Use lrecord functions.
* chartab.h (struct Lisp_Char_Table_Entry): Add lrecord_header.
* chartab.h (struct Lisp_Char_Table): Add lrecord_header.
* console-impl.h (struct console): Add lrecord_header.
* console-msw-impl.h (struct Lisp_Devmode): Add lrecord_header.
* console-msw-impl.h (struct mswindows_dialog_id): Add
lrecord_header.
* console.c (allocate_console): Allocate as lrecord.
* console.c (nuke_all_console_slots): Use lrecord functions.
* console.c (common_init_complex_vars_of_console): Allocate as
lrecord.
* data.c (make_weak_list): Allocate as lrecord.
* data.c (make_weak_box): Allocate as lrecord.
* data.c (make_ephemeron): Allocate as lrecord.
* database.c (struct Lisp_Database): Add lrecord_header.
* database.c (allocate_database): Allocate as lrecord.
* device-impl.h (struct device): Add lrecord_header.
* device-msw.c (allocate_devmode): Allocate as lrecord.
* device.c (nuke_all_device_slots): Use lrecord functions.
* device.c (allocate_device): Allocate as lrecord.
* dialog-msw.c (handle_question_dialog_box): Allocate as lrecord.
* elhash.c (struct Lisp_Hash_Table): Add lrecord_header.
* elhash.c (make_general_lisp_hash_table): Allocate as lrecord.
* elhash.c (Fcopy_hash_table): Allocate as lrecord.
* event-stream.c: Lcrecord lists Vcommand_builder_free_list and
Vtimeout_free_list are no longer needed. Remove.
* event-stream.c (allocate_command_builder): Allocate as lrecord.
* event-stream.c (free_command_builder): Use lrecord functions.
* event-stream.c (event_stream_generate_wakeup): Allocate as
lrecord.
* event-stream.c (event_stream_resignal_wakeup): Use lrecord
functions.
* event-stream.c (event_stream_disable_wakeup): Use lrecord
functions.
* event-stream.c (reinit_vars_of_event_stream): Lcrecord lists
remove.
* events.h (struct Lisp_Timeout): Add lrecord_header.
* events.h (struct command_builder): Add lrecord_header.
* extents-impl.h (struct extent_auxiliary): Add lrecord_header.
* extents-impl.h (struct extent_info): Add lrecord_header.
* extents.c (allocate_extent_auxiliary): Allocate as lrecord.
* extents.c (allocate_extent_info): Allocate as lrecord.
* extents.c (copy_extent): Allocate as lrecord.
* faces.c (allocate_face): Allocate as lrecord.
* faces.h (struct Lisp_Face): Add lrecord_header.
* file-coding.c (allocate_coding_system): Allocate as lrecord.
* file-coding.c (Fcopy_coding_system): Allocate as lrecord.
* file-coding.h (struct Lisp_Coding_System): Add lrecord_header.
* fns.c (Ffillarray): Allocate as lrecord.
* frame-impl.h (struct frame): Add lrecord_header.
* frame.c (nuke_all_frame_slots): Use lrecord functions.
* frame.c (allocate_frame_core): Allocate as lrecord.
* glyphs.c (allocate_image_instance): Allocate as lrecord.
* glyphs.c (Fcolorize_image_instance): Allocate as lrecord.
* glyphs.c (allocate_glyph): Allocate as lrecord.
* glyphs.h (struct Lisp_Image_Instance): Add lrecord_header.
* glyphs.h (struct Lisp_Glyph): Add lrecord_header.
* gui.c (allocate_gui_item): Allocate as lrecord.
* gui.h (struct Lisp_Gui_Item): Add lrecord_header.
* keymap.c (struct Lisp_Keymap): Add lrecord_header.
* keymap.c (make_keymap): Allocate as lrecord.
* lisp.h (struct Lisp_Vector): Add lrecord_header.
* lisp.h (struct Lisp_Bit_Vector): Add lrecord_header.
* lisp.h (struct weak_box): Add lrecord_header.
* lisp.h (struct ephemeron): Add lrecord_header.
* lisp.h (struct weak_list): Add lrecord_header.
* lrecord.h (struct lcrecord_header): Not used, remove.
* lrecord.h (struct free_lcrecord_header): Not used, remove.
* lrecord.h (struct lcrecord_list): Not needed anymore, remove.
* lrecord.h (lcrecord_list): Not needed anymore, remove.
* lrecord.h: (enum data_description_entry_flags): Remove
XD_FLAG_FREE_LISP_OBJECT.
* lstream.c: Lrecord list Vlstream_free_list remove.
* lstream.c (Lstream_new): Allocate as lrecord.
* lstream.c (Lstream_delete): Use lrecod functions.
* lstream.c (reinit_vars_of_lstream): Vlstream_free_list
initialization remove.
* lstream.h (struct lstream): Add lrecord_header.
* emacs.c (main_1): Remove lstream initialization.
* mule-charset.c (make_charset): Allocate as lrecord.
* objects-impl.h (struct Lisp_Color_Instance): Add
lrecord_header.
* objects-impl.h (struct Lisp_Font_Instance): Add lrecord_header.
* objects.c (Fmake_color_instance): Allocate as lrecord.
* objects.c (Fmake_font_instance): Allocate as lrecord.
* objects.c (reinit_vars_of_objects): Allocate as lrecord.
* opaque.c: Lcreord list Vopaque_ptr_list remove.
* opaque.c (make_opaque): Allocate as lrecord.
* opaque.c (make_opaque_ptr): Allocate as lrecord.
* opaque.c (free_opaque_ptr): Use lrecord functions.
* opaque.c (reinit_opaque_early):
* opaque.c (init_opaque_once_early): Vopaque_ptr_list
initialization remove.
* opaque.h (Lisp_Opaque): Add lrecord_header.
* opaque.h (Lisp_Opaque_Ptr): Add lrecord_header.
* emacs.c (main_1): Remove opaque variable initialization.
* print.c (default_object_printer): Use new lrecord_header.
* print.c (print_internal): Use new lrecord_header.
* print.c (debug_p4): Use new lrecord_header.
* process.c (make_process_internal): Allocate as lrecord.
* procimpl.h (struct Lisp_Process): Add lrecord_header.
* rangetab.c (Fmake_range_table): Allocate as lrecord.
* rangetab.c (Fcopy_range_table): Allocate as lrecord.
* rangetab.h (struct Lisp_Range_Table): Add lrecord_header.
* scrollbar.c (create_scrollbar_instance): Allocate as lrecord.
* scrollbar.h (struct scrollbar_instance): Add lrecord_header.
* specifier.c (make_specifier_internal): Allocate as lrecord.
* specifier.h (struct Lisp_Specifier): Add lrecord_header.
* symbols.c:
* symbols.c (Fmake_variable_buffer_local): Allocate as lrecord.
* symbols.c (Fdontusethis_set_symbol_value_handler): Allocate
as lrecord.
* symbols.c (Fdefvaralias): Allocate as lrecord.
* symeval.h (struct symbol_value_magic): Add lrecord_header.
* toolbar.c (update_toolbar_button): Allocate as lrecord.
* toolbar.h (struct toolbar_button): Add lrecord_header.
* tooltalk.c (struct Lisp_Tooltalk_Message): Add lrecord_header.
* tooltalk.c (make_tooltalk_message): Allocate as lrecord.
* tooltalk.c (struct Lisp_Tooltalk_Pattern): Add lrecord_header.
* tooltalk.c (make_tooltalk_pattern): Allocate as lrecord.
* ui-gtk.c (allocate_ffi_data): Allocate as lrecord.
* ui-gtk.c (allocate_emacs_gtk_object_data): Allocate as lrecord.
* ui-gtk.c (allocate_emacs_gtk_boxed_data): Allocate as lrecord.
* ui-gtk.h (structs): Add lrecord_header.
* window-impl.h (struct window): Add lrecord_header.
* window-impl.h (struct window_mirror): Add lrecord_header.
* window.c (allocate_window): Allocate as lrecord.
* window.c (new_window_mirror): Allocate as lrecord.
* window.c (make_dummy_parent): Allocate as lrecord.
MEMORY_USAGE_STATS
* alloc.c (fixed_type_block_overhead): Not used anymore, remove.
* buffer.c (compute_buffer_usage): Get storage size from new
allocator.
* marker.c (compute_buffer_marker_usage): Get storage size from
new allocator.
* mule-charset.c (compute_charset_usage): Get storage size from
new allocator.
* scrollbar-gtk.c (gtk_compute_scrollbar_instance_usage): Get
storage size from new allocator.
* scrollbar-msw.c (mswindows_compute_scrollbar_instance_usage):
Get storage size from new allocator.
* scrollbar-x.c (x_compute_scrollbar_instance_usage): Get
storage size from new allocator.
* scrollbar.c (compute_scrollbar_instance_usage): Get storage
size from new allocator.
* unicode.c (compute_from_unicode_table_size_1): Get storage
size from new allocator.
* unicode.c (compute_to_unicode_table_size_1): Get storage size
from new allocator.
* window.c (compute_window_mirror_usage): Get storage size from
new allocator.
* window.c (compute_window_usage): Get storage size from new
allocator.
MC_ALLOC_TYPE_STATS:
* alloc.c (alloc_lrecord): Bump lrecord count.
* alloc.c (noseeum_alloc_lrecord): Bump lrecord count.
* alloc.c (struct lrecord_stats): Storage for counts.
* alloc.c (init_lrecord_stats): Zero statistics.
* alloc.c (inc_lrecord_stats): Increase the statistic.
* alloc.c (dec_lrecord_stats): Decrease the statistic.
* alloc.c (gc_plist_hack): Used to print the information.
* alloc.c (Fgarbage_collect): Return the collected information.
* mc-alloc.c (remove_cell): Decrease lrecord count.
* mc-alloc.h: Set flag MC_ALLOC_TYPE_STATS.
* emacs.c (main_1): Init lrecord statistics.
* lrecord.h: Add prototypes for *_lrecord_stats.
Strings:
* alloc.c (Fmake_string): Initialize ascii_begin to zero.
* alloc.c (gc_count_num_short_string_in_use): Remove.
* alloc.c (gc_count_string_total_size): Remove.
* alloc.c (gc_count_short_string_total_size): Remove.
* alloc.c (debug_string_purity): Remove.
* alloc.c (debug_string_purity_print): Remove.
* alloc.c (sweep_strings): Remove.
Remove static C-readonly Lisp objects:
* alloc.c (c_readonly): Not needed anymore, remove.
* alloc.c (GC_CHECK_LHEADER_INVARIANTS): Remove some obsolete
lheader invariants assertions.
* buffer.c (DEFVAR_BUFFER_LOCAL_1): Allocate dynamically.
* console.c (DEFVAR_CONSOLE_LOCAL_1): Allocate dynamically.
* gpmevent.c: Indirection via MC_ALLOC_Freceive_gpm_event.
* gpmevent.c (Fgpm_enable): Allocate dynamically.
* gpmevent.c (syms_of_gpmevent): Allocate dynamically.
* lisp.h (C_READONLY): Not needed anymore, remove.
* lisp.h (DEFUN): Allocate dynamically.
* lrecord.h (C_READONLY_RECORD_HEADER_P): Not needed anymore,
remove.
* lrecord.h (SET_C_READONLY_RECORD_HEADER): Not needed anymore,
remove.
* symbols.c (guts_of_unbound_marker):
* symeval.h (defsubr): Allocate dynamically.
* symeval.h (DEFSUBR_MACRO): Allocate dynamically.
* symeval.h (DEFVAR_ SYMVAL_FWD): Allocate dynamically.
* tests.c (TESTS_DEFSUBR): Allocate dynamically.
Definition of mcpro:
* lisp.h: Add mcpro prototypes.
* alloc.c (common_init_alloc_early): Add initialization for
mcpros.
* alloc.c (mcpro_description_1): New.
* alloc.c (mcpro_description): New.
* alloc.c (mcpros_description_1): New.
* alloc.c (mcpros_description): New.
* alloc.c (mcpro_one_name_description_1): New.
* alloc.c (mcpro_one_name_description): New.
* alloc.c (mcpro_names_description_1): New.
* alloc.c (mcpro_names_description): New.
* alloc.c (mcpros): New.
* alloc.c (mcpro_names): New.
* alloc.c (mcpro_1): New.
* alloc.c (mc_pro): New.
* alloc.c (garbage_collect_1): Add mcpros to root set.
Usage of mcpro:
* alloc.c (make_string_nocopy): Add string to root set.
* symbols.c (init_symbols_once_early): Add Qunbound to root set.
Changes to the Portable Dumper:
* alloc.c (FREE_OR_REALLOC_BEGIN): Since dumped objects can be
freed with the new allocator, remove assertion for !DUMPEDP.
* dumper.c: Adjust comments, increase PDUMP_HASHSIZE.
* dumper.c (pdump_make_hash): Shift address only 2 bytes, to
avoid collisions.
* dumper.c (pdump_objects_unmark): No more mark bits within
the object, remove.
* dumper.c (mc_addr_elt): New. Element data structure for mc
hash table.
* dumper.c (pdump_mc_hash): New hash table: `lookup table'.
* dumper.c (pdump_get_mc_addr): New. Lookup for hash table.
* dumper.c (pdump_get_indirect_mc_addr): New. Lookup for
convertibles.
* dumper.c (pdump_put_mc_addr): New. Putter for hash table.
* dumper.c (pdump_dump_mc_data): New. Writes the table for
relocation at load time to the dump file.
* dumper.c (pdump_scan_lisp_objects_by_alignment): New.
Visits all dumped Lisp objects.
* dumper.c (pdump_scan_non_lisp_objects_by_alignment): New.
Visits all other dumped objects.
* dumper.c (pdump_reloc_one_mc): New. Updates all pointers
of an object by using the hash table pdump_mc_hash.
* dumper.c (pdump_reloc_one): Replaced by pdump_reloc_one_mc.
* dumper.c (pdump): Change the structure of the dump file, add
the mc post dump relocation table to dump file.
* dumper.c (pdump_load_finish): Hand all dumped objects to the
new allocator and use the mc post dump relocation table for
relocating the dumped objects at dump file load time, free not
longer used data structures.
* dumper.c (pdump_load): Free the dump file.
* dumper.h: Remove pdump_objects_unmark.
* lrecord.h (DUMPEDP): Dumped objects can be freed, remove.
DUMP_IN_EXEC:
* Makefile.in.in: Linking for and with dump in executable only if
DUMP_IN_EXEC is defined.
* config.h.in: Add new flag `DUMP_IN_EXEC'
* emacs.c: Condition dump-data.h on DUMP_IN_EXEC.
* emacs.c (main_1): Flag `-si' only works if dump image is
written into executable.
Miscellanious
* lrecord.h (enum lrecord_type): Added numbers to all types,
very handy for debugging.
* xemacs.def.in.in: Add mc-alloc functions to make them visible
to the modules.
| author | crestani |
|---|---|
| date | Fri, 08 Apr 2005 23:11:35 +0000 |
| parents | 04bc9d2f42c7 |
| children | 172fb92bd156 |
line wrap: on
line source
/* Tooltalk support for Emacs. Copyright (C) 1993, 1994 Sun Microsystems, Inc. Copyright (C) 1995 Free Software Foundation, Inc. Copyright (C) 2002 Ben Wing. This file is part of XEmacs. XEmacs is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version. XEmacs is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with XEmacs; see the file COPYING. If not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA. */ /* Synched up with: Not in FSF. */ /* Written by John Rose <john.rose@eng.sun.com>. Heavily modified and cleaned up by Ben Wing <ben@xemacs.org>. */ #include <config.h> #include "lisp.h" #include <X11/Xlib.h> #include "buffer.h" #include "elhash.h" #include "process.h" #include "tooltalk.h" #include "syssignal.h" Lisp_Object Vtooltalk_fd; #ifdef TT_DEBUG static FILE *tooltalk_log_file; #endif static Lisp_Object Vtooltalk_message_handler_hook, Vtooltalk_pattern_handler_hook, Vtooltalk_unprocessed_message_hook; static Lisp_Object Qtooltalk_message_handler_hook, Qtooltalk_pattern_handler_hook, Qtooltalk_unprocessed_message_hook; static Lisp_Object Qreceive_tooltalk_message, Qtt_address, Qtt_args_count, Qtt_arg_bval, Qtt_arg_ival, Qtt_arg_mode, Qtt_arg_type, Qtt_arg_val, Qtt_class, Qtt_category, Qtt_disposition, Qtt_file, Qtt_gid, Qtt_handler, Qtt_handler_ptype, Qtt_object, Qtt_op, Qtt_opnum, Qtt_otype, Qtt_scope, Qtt_sender, Qtt_sender_ptype, Qtt_session, Qtt_state, Qtt_status, Qtt_status_string, Qtt_uid, Qtt_callback, Qtt_plist, Qtt_prop, Qtt_reject, /* return-tooltalk-message */ Qtt_reply, Qtt_fail, Q_TT_MODE_UNDEFINED, /* enum Tt_mode */ Q_TT_IN, Q_TT_OUT, Q_TT_INOUT, Q_TT_MODE_LAST, Q_TT_SCOPE_NONE, /* enum Tt_scope */ Q_TT_SESSION, Q_TT_FILE, Q_TT_BOTH, Q_TT_FILE_IN_SESSION, Q_TT_CLASS_UNDEFINED, /* enum Tt_class */ Q_TT_NOTICE, Q_TT_REQUEST, Q_TT_CLASS_LAST, Q_TT_CATEGORY_UNDEFINED, /* enum Tt_category */ Q_TT_OBSERVE, Q_TT_HANDLE, Q_TT_CATEGORY_LAST, Q_TT_PROCEDURE, /* typedef enum Tt_address */ Q_TT_OBJECT, Q_TT_HANDLER, Q_TT_OTYPE, Q_TT_ADDRESS_LAST, Q_TT_CREATED, /* enum Tt_state */ Q_TT_SENT, Q_TT_HANDLED, Q_TT_FAILED, Q_TT_QUEUED, Q_TT_STARTED, Q_TT_REJECTED, Q_TT_STATE_LAST, Q_TT_DISCARD, /* enum Tt_disposition */ Q_TT_QUEUE, Q_TT_START; static Lisp_Object Tooltalk_Message_plist_str, Tooltalk_Pattern_plist_str; Lisp_Object Qtooltalk_error; /* Used to GCPRO tooltalk message and pattern objects while they're sitting inside of some active tooltalk message or pattern. There may not be any other pointers to these objects. */ Lisp_Object Vtooltalk_message_gcpro, Vtooltalk_pattern_gcpro; /* */ /* machinery for tooltalk-message type */ /* */ Lisp_Object Qtooltalk_messagep; struct Lisp_Tooltalk_Message { #ifdef MC_ALLOC struct lrecord_header header; #else /* MC_ALLOC */ struct lcrecord_header header; #endif /* MC_ALLOC */ Lisp_Object plist_sym, callback; Tt_message m; }; static const struct memory_description tooltalk_message_description [] = { { XD_LISP_OBJECT, offsetof (struct Lisp_Tooltalk_Message, callback) }, { XD_LISP_OBJECT, offsetof (struct Lisp_Tooltalk_Message, plist_sym) }, { XD_END } }; static Lisp_Object mark_tooltalk_message (Lisp_Object obj) { mark_object (XTOOLTALK_MESSAGE (obj)->callback); return XTOOLTALK_MESSAGE (obj)->plist_sym; } static void print_tooltalk_message (Lisp_Object obj, Lisp_Object printcharfun, int UNUSED (escapeflag)) { Lisp_Tooltalk_Message *p = XTOOLTALK_MESSAGE (obj); if (print_readably) printing_unreadable_object ("#<tooltalk_message 0x%x>", p->header.uid); write_fmt_string (printcharfun, "#<tooltalk_message id:0x%lx 0x%x>", (long) (p->m), p->header.uid); } DEFINE_LRECORD_IMPLEMENTATION ("tooltalk-message", tooltalk_message, 0, /*dumpable-flag*/ mark_tooltalk_message, print_tooltalk_message, 0, 0, 0, tooltalk_message_description, Lisp_Tooltalk_Message); static Lisp_Object make_tooltalk_message (Tt_message m) { Lisp_Object val; Lisp_Tooltalk_Message *msg = #ifdef MC_ALLOC alloc_lrecord_type (Lisp_Tooltalk_Message, &lrecord_tooltalk_message); #else /* not MC_ALLOC */ alloc_lcrecord_type (Lisp_Tooltalk_Message, &lrecord_tooltalk_message); #endif /* not MC_ALLOC */ msg->m = m; msg->callback = Qnil; msg->plist_sym = Fmake_symbol (Tooltalk_Message_plist_str); return wrap_tooltalk_message (msg); } Tt_message unbox_tooltalk_message (Lisp_Object msg) { CHECK_TOOLTALK_MESSAGE (msg); return XTOOLTALK_MESSAGE (msg)->m; } DEFUN ("tooltalk-message-p", Ftooltalk_message_p, 1, 1, 0, /* Return non-nil if OBJECT is a tooltalk message. */ (object)) { return TOOLTALK_MESSAGEP (object) ? Qt : Qnil; } /* */ /* machinery for tooltalk-pattern type */ /* */ Lisp_Object Qtooltalk_patternp; struct Lisp_Tooltalk_Pattern { #ifdef MC_ALLOC struct lrecord_header header; #else /* MC_ALLOC */ struct lcrecord_header header; #endif /* MC_ALLOC */ Lisp_Object plist_sym, callback; Tt_pattern p; }; static const struct memory_description tooltalk_pattern_description [] = { { XD_LISP_OBJECT, offsetof (struct Lisp_Tooltalk_Pattern, callback) }, { XD_LISP_OBJECT, offsetof (struct Lisp_Tooltalk_Pattern, plist_sym) }, { XD_END } }; static Lisp_Object mark_tooltalk_pattern (Lisp_Object obj) { mark_object (XTOOLTALK_PATTERN (obj)->callback); return XTOOLTALK_PATTERN (obj)->plist_sym; } static void print_tooltalk_pattern (Lisp_Object obj, Lisp_Object printcharfun, int UNUSED (escapeflag)) { Lisp_Tooltalk_Pattern *p = XTOOLTALK_PATTERN (obj); if (print_readably) printing_unreadable_object ("#<tooltalk_pattern 0x%x>", p->header.uid); write_fmt_string (printcharfun, "#<tooltalk_pattern id:0x%lx 0x%x>", (long) (p->p), p->header.uid); } DEFINE_LRECORD_IMPLEMENTATION ("tooltalk-pattern", tooltalk_pattern, 0, /*dumpable-flag*/ mark_tooltalk_pattern, print_tooltalk_pattern, 0, 0, 0, tooltalk_pattern_description, Lisp_Tooltalk_Pattern); static Lisp_Object make_tooltalk_pattern (Tt_pattern p) { Lisp_Tooltalk_Pattern *pat = #ifdef MC_ALLOC alloc_lrecord_type (Lisp_Tooltalk_Pattern, &lrecord_tooltalk_pattern); #else /* not MC_ALLOC */ alloc_lcrecord_type (Lisp_Tooltalk_Pattern, &lrecord_tooltalk_pattern); #endif /* not MC_ALLOC */ Lisp_Object val; pat->p = p; pat->callback = Qnil; pat->plist_sym = Fmake_symbol (Tooltalk_Pattern_plist_str); return wrap_tooltalk_pattern (pat); } static Tt_pattern unbox_tooltalk_pattern (Lisp_Object pattern) { CHECK_TOOLTALK_PATTERN (pattern); return XTOOLTALK_PATTERN (pattern)->p; } DEFUN ("tooltalk-pattern-p", Ftooltalk_pattern_p, 1, 1, 0, /* Return non-nil if OBJECT is a tooltalk pattern. */ (object)) { return TOOLTALK_PATTERNP (object) ? Qt : Qnil; } static int tooltalk_constant_value (Lisp_Object s) { if (INTP (s)) return XINT (s); else if (SYMBOLP (s)) return XINT (XSYMBOL (s)->value); else return 0; /* should never occur */ } static void check_status (Tt_status st) { if (tt_is_err (st)) { CIbyte *err; EXTERNAL_TO_C_STRING (tt_status_message (st), err, Qnative); signal_error (Qtooltalk_error, err, Qunbound); } } DEFUN ("receive-tooltalk-message", Freceive_tooltalk_message, 0, 2, 0, /* Run tt_message_receive(). This function is the process handler for the ToolTalk connection process. */ (UNUSED (ignore1), UNUSED (ignore2))) { /* This function can GC */ Tt_message mess = tt_message_receive (); Lisp_Object message_ = make_tooltalk_message (mess); struct gcpro gcpro1; GCPRO1 (message_); if (mess != NULL && !NILP (Vtooltalk_unprocessed_message_hook)) va_run_hook_with_args (Qtooltalk_unprocessed_message_hook, 1, message_); UNGCPRO; /* see comment in event-stream.c about this return value. */ return Qzero; } static Tt_callback_action tooltalk_message_callback (Tt_message m, Tt_pattern p) { /* This function can GC */ Lisp_Object cb; Lisp_Object message_; Lisp_Object pattern; struct gcpro gcpro1, gcpro2; #ifdef TT_DEBUG int i, j; fprintf (tooltalk_log_file, "message_cb: %d\n", m); fprintf (tooltalk_log_file, "op: %s (", tt_message_op (m)); for (j = tt_message_args_count (m), i = 0; i < j; i++) { fprintf (tooltalk_log_file, "%s \"%s\"", tt_message_arg_type (m, i), tt_message_arg_val (m, i)); fprintf (tooltalk_log_file, "%s", i == j-1 ? ")" : ", "); } fprintf (tooltalk_log_file, "\n\n"); fflush (tooltalk_log_file); #endif message_ = VOID_TO_LISP (tt_message_user (m, TOOLTALK_MESSAGE_KEY)); pattern = make_tooltalk_pattern (p); cb = XTOOLTALK_MESSAGE (message_)->callback; GCPRO2 (message_, pattern); if (!NILP (Vtooltalk_message_handler_hook)) va_run_hook_with_args (Qtooltalk_message_handler_hook, 2, message_, pattern); if ((SYMBOLP (cb) && EQ (Qt, Ffboundp (cb))) || (CONSP (cb) && EQ (Qlambda, Fcar (cb)) && !NILP (Flistp (Fcar (Fcdr (cb)))))) call2 (cb, message_, pattern); UNGCPRO; tt_message_destroy (m); Fremhash (message_, Vtooltalk_message_gcpro); return TT_CALLBACK_PROCESSED; } static Tt_callback_action tooltalk_pattern_callback (Tt_message m, Tt_pattern p) { /* This function can GC */ Lisp_Object cb; Lisp_Object message_; Lisp_Object pattern; struct gcpro gcpro1, gcpro2; #ifdef TT_DEBUG int i, j; fprintf (tooltalk_log_file, "pattern_cb: %d\n", m); fprintf (tooltalk_log_file, "op: %s (", tt_message_op (m)); for (j = tt_message_args_count (m), i = 0; i < j; i++) { fprintf (tooltalk_log_file, "%s \"%s\"", tt_message_arg_type (m, i), tt_message_arg_val (m, i)); fprintf (tooltalk_log_file, "%s", i == j-1 ? ")" : ", "); } fprintf (tooltalk_log_file, "\n\n"); fflush (tooltalk_log_file); #endif message_ = make_tooltalk_message (m); pattern = VOID_TO_LISP (tt_pattern_user (p, TOOLTALK_PATTERN_KEY)); cb = XTOOLTALK_PATTERN (pattern)->callback; GCPRO2 (message_, pattern); if (!NILP (Vtooltalk_pattern_handler_hook)) va_run_hook_with_args (Qtooltalk_pattern_handler_hook, 2, message_, pattern); if (SYMBOLP (cb) && EQ (Qt, Ffboundp (cb))) call2 (cb, message_, pattern); UNGCPRO; tt_message_destroy (m); return TT_CALLBACK_PROCESSED; } static Lisp_Object tt_mode_symbol (Tt_mode n) { switch (n) { case TT_MODE_UNDEFINED: return Q_TT_MODE_UNDEFINED; case TT_IN: return Q_TT_IN; case TT_OUT: return Q_TT_OUT; case TT_INOUT: return Q_TT_INOUT; case TT_MODE_LAST: return Q_TT_MODE_LAST; default: return Qnil; } } static Lisp_Object tt_scope_symbol (Tt_scope n) { switch (n) { case TT_SCOPE_NONE: return Q_TT_SCOPE_NONE; case TT_SESSION: return Q_TT_SESSION; case TT_FILE: return Q_TT_FILE; case TT_BOTH: return Q_TT_BOTH; case TT_FILE_IN_SESSION: return Q_TT_FILE_IN_SESSION; default: return Qnil; } } static Lisp_Object tt_class_symbol (Tt_class n) { switch (n) { case TT_CLASS_UNDEFINED: return Q_TT_CLASS_UNDEFINED; case TT_NOTICE: return Q_TT_NOTICE; case TT_REQUEST: return Q_TT_REQUEST; case TT_CLASS_LAST: return Q_TT_CLASS_LAST; default: return Qnil; } } /* * This is not being used. Is that a mistake or is this function * simply not necessary? */ #if 0 static Lisp_Object tt_category_symbol (Tt_category n) { switch (n) { case TT_CATEGORY_UNDEFINED: return Q_TT_CATEGORY_UNDEFINED; case TT_OBSERVE: return Q_TT_OBSERVE; case TT_HANDLE: return Q_TT_HANDLE; case TT_CATEGORY_LAST: return Q_TT_CATEGORY_LAST; default: return Qnil; } } #endif /* 0 */ static Lisp_Object tt_address_symbol (Tt_address n) { switch (n) { case TT_PROCEDURE: return Q_TT_PROCEDURE; case TT_OBJECT: return Q_TT_OBJECT; case TT_HANDLER: return Q_TT_HANDLER; case TT_OTYPE: return Q_TT_OTYPE; case TT_ADDRESS_LAST: return Q_TT_ADDRESS_LAST; default: return Qnil; } } static Lisp_Object tt_state_symbol (Tt_state n) { switch (n) { case TT_CREATED: return Q_TT_CREATED; case TT_SENT: return Q_TT_SENT; case TT_HANDLED: return Q_TT_HANDLED; case TT_FAILED: return Q_TT_FAILED; case TT_QUEUED: return Q_TT_QUEUED; case TT_STARTED: return Q_TT_STARTED; case TT_REJECTED: return Q_TT_REJECTED; case TT_STATE_LAST: return Q_TT_STATE_LAST; default: return Qnil; } } static Lisp_Object tt_build_c_string (char *s) { return build_string (s ? s : ""); } static Lisp_Object tt_opnum_string (int n) { char buf[32]; sprintf (buf, "%u", n); return build_string (buf); } static Lisp_Object tt_message_arg_ival_string (Tt_message m, int n) { char buf[DECIMAL_PRINT_SIZE (long)]; int value; check_status (tt_message_arg_ival (m, n, &value)); long_to_string (buf, value); return build_string (buf); } static Lisp_Object tt_message_arg_bval_vector (Tt_message m, int n) { /* !!#### This function has not been Mule-ized */ Ibyte *value; int len = 0; check_status (tt_message_arg_bval (m, n, &value, &len)); return make_string (value, len); } DEFUN ("get-tooltalk-message-attribute", Fget_tooltalk_message_attribute, 2, 3, 0, /* Return the indicated Tooltalk message attribute. Attributes are identified by symbols with the same name (underscores and all) as the suffix of the Tooltalk tt_message_<attribute> function that extracts the value. String attribute values are copied, enumerated type values (except disposition) are converted to symbols - e.g. TT_HANDLER is 'TT_HANDLER, uid and gid are represented by fixnums (small integers), opnum is converted to a string, and disposition is converted to a fixnum. We convert opnum (a C int) to a string, e.g. 123 => "123" because there's no guarantee that opnums will fit within the range of Lisp integers. Use the 'plist attribute instead of the C API 'user attribute for user defined message data. To retrieve the value of a message property specify the indicator for argn. For example to get the value of a property called 'rflag, use (get-tooltalk-message-attribute message 'plist 'rflag) To get the value of a message argument use one of the 'arg_val (strings), 'arg_ival (integers), or 'arg_bval (strings with embedded nulls), attributes. For example to get the integer value of the third argument: (get-tooltalk-message-attribute message 'arg_ival 2) As you can see, argument numbers are zero based. The type of each argument can be retrieved with the 'arg_type attribute; however, Tooltalk doesn't define any semantics for the string value of 'arg_type. Conventionally "string" is used for strings and "int" for 32 bit integers. Note that Emacs Lisp stores the lengths of strings explicitly (unlike C) so treating the value returned by 'arg_bval like a string is fine. */ (message_, attribute, argn)) { Tt_message m = unbox_tooltalk_message (message_); int n = 0; CHECK_SYMBOL (attribute); if (EQ (attribute, (Qtt_arg_bval)) || EQ (attribute, (Qtt_arg_ival)) || EQ (attribute, (Qtt_arg_mode)) || EQ (attribute, (Qtt_arg_type)) || EQ (attribute, (Qtt_arg_val))) { CHECK_INT (argn); n = XINT (argn); } if (!VALID_TOOLTALK_MESSAGEP (m)) return Qnil; else if (EQ (attribute, Qtt_arg_bval)) return tt_message_arg_bval_vector (m, n); else if (EQ (attribute, Qtt_arg_ival)) return tt_message_arg_ival_string (m, n); else if (EQ (attribute, Qtt_arg_mode)) return tt_mode_symbol (tt_message_arg_mode (m, n)); else if (EQ (attribute, Qtt_arg_type)) return tt_build_c_string (tt_message_arg_type (m, n)); else if (EQ (attribute, Qtt_arg_val)) return tt_message_arg_bval_vector (m, n); else if (EQ (attribute, Qtt_args_count)) return make_int (tt_message_args_count (m)); else if (EQ (attribute, Qtt_address)) return tt_address_symbol (tt_message_address (m)); else if (EQ (attribute, Qtt_class)) return tt_class_symbol (tt_message_class (m)); else if (EQ (attribute, Qtt_disposition)) return make_int (tt_message_disposition (m)); else if (EQ (attribute, Qtt_file)) return tt_build_c_string (tt_message_file (m)); else if (EQ (attribute, Qtt_gid)) return make_int (tt_message_gid (m)); else if (EQ (attribute, Qtt_handler)) return tt_build_c_string (tt_message_handler (m)); else if (EQ (attribute, Qtt_handler_ptype)) return tt_build_c_string (tt_message_handler_ptype (m)); else if (EQ (attribute, Qtt_object)) return tt_build_c_string (tt_message_object (m)); else if (EQ (attribute, Qtt_op)) return tt_build_c_string (tt_message_op (m)); else if (EQ (attribute, Qtt_opnum)) return tt_opnum_string (tt_message_opnum (m)); else if (EQ (attribute, Qtt_otype)) return tt_build_c_string (tt_message_otype (m)); else if (EQ (attribute, Qtt_scope)) return tt_scope_symbol (tt_message_scope (m)); else if (EQ (attribute, Qtt_sender)) return tt_build_c_string (tt_message_sender (m)); else if (EQ (attribute, Qtt_sender_ptype)) return tt_build_c_string (tt_message_sender_ptype (m)); else if (EQ (attribute, Qtt_session)) return tt_build_c_string (tt_message_session (m)); else if (EQ (attribute, Qtt_state)) return tt_state_symbol (tt_message_state (m)); else if (EQ (attribute, Qtt_status)) return make_int (tt_message_status (m)); else if (EQ (attribute, Qtt_status_string)) return tt_build_c_string (tt_message_status_string (m)); else if (EQ (attribute, Qtt_uid)) return make_int (tt_message_uid (m)); else if (EQ (attribute, Qtt_callback)) return XTOOLTALK_MESSAGE (message_)->callback; else if (EQ (attribute, Qtt_prop)) return Fget (XTOOLTALK_MESSAGE (message_)->plist_sym, argn, Qnil); else if (EQ (attribute, Qtt_plist)) return Fcopy_sequence (Fsymbol_plist (XTOOLTALK_MESSAGE (message_)->plist_sym)); else invalid_constant ("Invalid value for `get-tooltalk-message-attribute'", attribute); return Qnil; } DEFUN ("set-tooltalk-message-attribute", Fset_tooltalk_message_attribute, 3, 4, 0, /* Initialize one Tooltalk message attribute. Attribute names and values are the same as for `get-tooltalk-message-attribute'. A property list is provided for user data (instead of the 'user message attribute); see `get-tooltalk-message-attribute'. The value of callback should be the name of a function of one argument. It will be applied to the message and matching pattern each time the state of the message changes. This is usually used to notice when the messages state has changed to TT_HANDLED (or TT_FAILED), so that reply argument values can be used. If one of the argument attributes is specified, 'arg_val, 'arg_ival, or 'arg_bval then argn must be the number of an already created argument. New arguments can be added to a message with add-tooltalk-message-arg. */ (value, message_, attribute, argn)) { Tt_message m = unbox_tooltalk_message (message_); int n = 0; Tt_status (*fun_str) (Tt_message, const char *) = 0; CHECK_SYMBOL (attribute); if (EQ (attribute, (Qtt_arg_bval)) || EQ (attribute, (Qtt_arg_ival)) || EQ (attribute, (Qtt_arg_val))) { CHECK_INT (argn); n = XINT (argn); } if (!VALID_TOOLTALK_MESSAGEP (m)) return Qnil; if (EQ (attribute, Qtt_address)) { CHECK_TOOLTALK_CONSTANT (value); tt_message_address_set (m, (Tt_address) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_class)) { CHECK_TOOLTALK_CONSTANT (value); tt_message_class_set (m, (Tt_class) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_disposition)) { CHECK_TOOLTALK_CONSTANT (value); tt_message_disposition_set (m, ((Tt_disposition) tooltalk_constant_value (value))); } else if (EQ (attribute, Qtt_scope)) { CHECK_TOOLTALK_CONSTANT (value); tt_message_scope_set (m, (Tt_scope) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_file)) fun_str = tt_message_file_set; else if (EQ (attribute, Qtt_handler_ptype)) fun_str = tt_message_handler_ptype_set; else if (EQ (attribute, Qtt_handler)) fun_str = tt_message_handler_set; else if (EQ (attribute, Qtt_object)) fun_str = tt_message_object_set; else if (EQ (attribute, Qtt_op)) fun_str = tt_message_op_set; else if (EQ (attribute, Qtt_otype)) fun_str = tt_message_otype_set; else if (EQ (attribute, Qtt_sender_ptype)) fun_str = tt_message_sender_ptype_set; else if (EQ (attribute, Qtt_session)) fun_str = tt_message_session_set; else if (EQ (attribute, Qtt_status_string)) fun_str = tt_message_status_string_set; else if (EQ (attribute, Qtt_arg_bval)) { Extbyte *value_ext; Bytecount value_ext_len; CHECK_STRING (value); TO_EXTERNAL_FORMAT (LISP_STRING, value, ALLOCA, (value_ext, value_ext_len), Qnative); tt_message_arg_bval_set (m, n, (unsigned char *) value_ext, value_ext_len); } else if (EQ (attribute, Qtt_arg_ival)) { CHECK_INT (value); tt_message_arg_ival_set (m, n, XINT (value)); } else if (EQ (attribute, Qtt_arg_val)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_message_arg_val_set (m, n, value_ext); } else if (EQ (attribute, Qtt_status)) { CHECK_INT (value); tt_message_status_set (m, XINT (value)); } else if (EQ (attribute, Qtt_callback)) { CHECK_SYMBOL (value); XTOOLTALK_MESSAGE (message_)->callback = value; } else if (EQ (attribute, Qtt_prop)) { return Fput (XTOOLTALK_MESSAGE (message_)->plist_sym, argn, value); } else invalid_constant ("Invalid value for `set-tooltalk-message-attribute'", attribute); if (fun_str) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); (*fun_str) (m, value_ext); } return Qnil; } DEFUN ("return-tooltalk-message", Freturn_tooltalk_message, 1, 2, 0, /* Send a reply to this message. The second argument can be 'reply, 'reject or 'fail; the default is 'reply. Before sending a reply all message arguments whose mode is TT_INOUT or TT_OUT should have been filled in - see set-tooltalk-message-attribute. */ (message_, mode)) { Tt_message m = unbox_tooltalk_message (message_); if (NILP (mode)) mode = Qtt_reply; else CHECK_SYMBOL (mode); if (!VALID_TOOLTALK_MESSAGEP (m)) return Qnil; else if (EQ (mode, Qtt_reply)) tt_message_reply (m); else if (EQ (mode, Qtt_reject)) tt_message_reject (m); else if (EQ (mode, Qtt_fail)) tt_message_fail (m); return Qnil; } DEFUN ("create-tooltalk-message", Fcreate_tooltalk_message, 0, 1, 0, /* Create a new tooltalk message. The messages session attribute is initialized to the default session. Other attributes can be initialized with `set-tooltalk-message-attribute'. `make-tooltalk-message' is the preferred to create and initialize a message. Optional arg NO-CALLBACK says don't add a C-level callback at all. Normally don't do that; just don't specify the Lisp callback when calling `make-tooltalk-message'. */ (no_callback)) { Tt_message m = tt_message_create (); Lisp_Object message_ = make_tooltalk_message (m); if (NILP (no_callback)) { tt_message_callback_add (m, tooltalk_message_callback); } tt_message_session_set (m, tt_default_session ()); tt_message_user_set (m, TOOLTALK_MESSAGE_KEY, LISP_TO_VOID (message_)); return message_; } DEFUN ("destroy-tooltalk-message", Fdestroy_tooltalk_message, 1, 1, 0, /* Apply tt_message_destroy() to the message. It's not necessary to destroy messages after they've been processed by a message or pattern callback; the Lisp/Tooltalk callback machinery does this for you. */ (message_)) { Tt_message m = unbox_tooltalk_message (message_); if (VALID_TOOLTALK_MESSAGEP (m)) /* #### Should we call Fremhash() here? It seems that a common paradigm is (send-tooltalk-message) (destroy-tooltalk-message) which would imply that destroying a sent ToolTalk message doesn't actually destroy it; when a response is sent back, the callback for the message will still be called. But then maybe not: Maybe it really does destroy it, and the reason for that paradigm is that the author of `send-tooltalk-message' didn't really know what he was talking about when he said that it's a good idea to call `destroy-tooltalk-message' after sending it. */ tt_message_destroy (m); return Qnil; } DEFUN ("add-tooltalk-message-arg", Fadd_tooltalk_message_arg, 3, 4, 0, /* Append one new argument to the message. MODE must be one of TT_IN, TT_INOUT, or TT_OUT; VTYPE must be a string; and VALUE can be a string or an integer. Tooltalk doesn't define any semantics for VTYPE, so only the participants in the protocol you're using need to agree what types mean (if anything). Conventionally "string" is used for strings and "int" for 32 bit integers. Arguments can initialized by providing a value or with `set-tooltalk-message-attribute'. The latter is necessary if you want to initialize the argument with a string that can contain embedded nulls (use 'arg_bval). */ (message_, mode, vtype, value)) { Tt_message m = unbox_tooltalk_message (message_); Tt_mode n; CHECK_STRING (vtype); CHECK_TOOLTALK_CONSTANT (mode); n = (Tt_mode) tooltalk_constant_value (mode); if (!VALID_TOOLTALK_MESSAGEP (m)) return Qnil; { const char *vtype_ext; LISP_STRING_TO_EXTERNAL (vtype, vtype_ext, Qnative); if (NILP (value)) tt_message_arg_add (m, n, vtype_ext, NULL); else if (STRINGP (value)) { const char *value_ext; LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_message_arg_add (m, n, vtype_ext, value_ext); } else if (INTP (value)) tt_message_iarg_add (m, n, vtype_ext, XINT (value)); } return Qnil; } DEFUN ("send-tooltalk-message", Fsend_tooltalk_message, 1, 1, 0, /* Send the message on its way. Once the message has been sent it's almost always a good idea to get rid of it with `destroy-tooltalk-message'. */ (message_)) { Tt_message m = unbox_tooltalk_message (message_); if (VALID_TOOLTALK_MESSAGEP (m)) { tt_message_send (m); Fputhash (message_, Qnil, Vtooltalk_message_gcpro); } return Qnil; } DEFUN ("create-tooltalk-pattern", Fcreate_tooltalk_pattern, 0, 0, 0, /* Create a new Tooltalk pattern. Its session attribute is initialized to be the default session. */ ()) { Tt_pattern p = tt_pattern_create (); Lisp_Object pattern = make_tooltalk_pattern (p); tt_pattern_callback_add (p, tooltalk_pattern_callback); tt_pattern_session_add (p, tt_default_session ()); tt_pattern_user_set (p, TOOLTALK_PATTERN_KEY, LISP_TO_VOID (pattern)); return pattern; } DEFUN ("destroy-tooltalk-pattern", Fdestroy_tooltalk_pattern, 1, 1, 0, /* Apply tt_pattern_destroy() to the pattern. This effectively unregisters the pattern. */ (pattern)) { Tt_pattern p = unbox_tooltalk_pattern (pattern); if (VALID_TOOLTALK_PATTERNP (p)) { tt_pattern_destroy (p); Fremhash (pattern, Vtooltalk_pattern_gcpro); } return Qnil; } DEFUN ("add-tooltalk-pattern-attribute", Fadd_tooltalk_pattern_attribute, 3, 3, 0, /* Add one value to the indicated pattern attribute. All Tooltalk pattern attributes are supported except 'user. The names of attributes are the same as the Tooltalk accessors used to set them less the "tooltalk_pattern_" prefix and the "_add" ... */ (value, pattern, attribute)) { Tt_pattern p = unbox_tooltalk_pattern (pattern); CHECK_SYMBOL (attribute); if (!VALID_TOOLTALK_PATTERNP (p)) return Qnil; else if (EQ (attribute, Qtt_category)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_category_set (p, ((Tt_category) tooltalk_constant_value (value))); } else if (EQ (attribute, Qtt_address)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_address_add (p, ((Tt_address) tooltalk_constant_value (value))); } else if (EQ (attribute, Qtt_class)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_class_add (p, (Tt_class) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_disposition)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_disposition_add (p, ((Tt_disposition) tooltalk_constant_value (value))); } else if (EQ (attribute, Qtt_file)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_file_add (p, value_ext); } else if (EQ (attribute, Qtt_object)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_object_add (p, value_ext); } else if (EQ (attribute, Qtt_op)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_op_add (p, value_ext); } else if (EQ (attribute, Qtt_otype)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_otype_add (p, value_ext); } else if (EQ (attribute, Qtt_scope)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_scope_add (p, (Tt_scope) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_sender)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_sender_add (p, value_ext); } else if (EQ (attribute, Qtt_sender_ptype)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_sender_ptype_add (p, value_ext); } else if (EQ (attribute, Qtt_session)) { const char *value_ext; CHECK_STRING (value); LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_session_add (p, value_ext); } else if (EQ (attribute, Qtt_state)) { CHECK_TOOLTALK_CONSTANT (value); tt_pattern_state_add (p, (Tt_state) tooltalk_constant_value (value)); } else if (EQ (attribute, Qtt_callback)) { CHECK_SYMBOL (value); XTOOLTALK_PATTERN (pattern)->callback = value; } return Qnil; } DEFUN ("add-tooltalk-pattern-arg", Fadd_tooltalk_pattern_arg, 3, 4, 0, /* Add one fully specified argument to a tooltalk pattern. Mode must be one of TT_IN, TT_INOUT, or TT_OUT, type must be a string. Value can be an integer, string or nil. If value is an integer then an integer argument (tt_pattern_iarg_add) added otherwise a string argument is added. At present there's no way to add a binary data argument. */ (pattern, mode, vtype, value)) { Tt_pattern p = unbox_tooltalk_pattern (pattern); Tt_mode n; CHECK_STRING (vtype); CHECK_TOOLTALK_CONSTANT (mode); n = (Tt_mode) tooltalk_constant_value (mode); if (!VALID_TOOLTALK_PATTERNP (p)) return Qnil; { const char *vtype_ext; LISP_STRING_TO_EXTERNAL (vtype, vtype_ext, Qnative); if (NILP (value)) tt_pattern_arg_add (p, n, vtype_ext, NULL); else if (STRINGP (value)) { const char *value_ext; LISP_STRING_TO_EXTERNAL (value, value_ext, Qnative); tt_pattern_arg_add (p, n, vtype_ext, value_ext); } else if (INTP (value)) tt_pattern_iarg_add (p, n, vtype_ext, XINT (value)); } return Qnil; } DEFUN ("register-tooltalk-pattern", Fregister_tooltalk_pattern, 1, 1, 0, /* Emacs will begin receiving messages that match this pattern. */ (pattern)) { Tt_pattern p = unbox_tooltalk_pattern (pattern); if (VALID_TOOLTALK_PATTERNP (p) && tt_pattern_register (p) == TT_OK) { Fputhash (pattern, Qnil, Vtooltalk_pattern_gcpro); return Qt; } else return Qnil; } DEFUN ("unregister-tooltalk-pattern", Funregister_tooltalk_pattern, 1, 1, 0, /* Emacs will stop receiving messages that match this pattern. */ (pattern)) { Tt_pattern p = unbox_tooltalk_pattern (pattern); if (VALID_TOOLTALK_PATTERNP (p)) { tt_pattern_unregister (p); Fremhash (pattern, Vtooltalk_pattern_gcpro); } return Qnil; } DEFUN ("tooltalk-pattern-prop-get", Ftooltalk_pattern_prop_get, 2, 2, 0, /* Return the value of PROPERTY in tooltalk pattern PATTERN. This is the last value set with `tooltalk-pattern-prop-set'. */ (pattern, property)) { CHECK_TOOLTALK_PATTERN (pattern); return Fget (XTOOLTALK_PATTERN (pattern)->plist_sym, property, Qnil); } DEFUN ("tooltalk-pattern-prop-set", Ftooltalk_pattern_prop_set, 3, 3, 0, /* Set the value of PROPERTY to VALUE in tooltalk pattern PATTERN. It can be retrieved with `tooltalk-pattern-prop-get'. */ (pattern, property, value)) { CHECK_TOOLTALK_PATTERN (pattern); return Fput (XTOOLTALK_PATTERN (pattern)->plist_sym, property, value); } DEFUN ("tooltalk-pattern-plist-get", Ftooltalk_pattern_plist_get, 1, 1, 0, /* Return the a list of all the properties currently set in PATTERN. */ (pattern)) { CHECK_TOOLTALK_PATTERN (pattern); return Fcopy_sequence (Fsymbol_plist (XTOOLTALK_PATTERN (pattern)->plist_sym)); } DEFUN ("tooltalk-default-procid", Ftooltalk_default_procid, 0, 0, 0, /* Return current default process identifier for your process. */ ()) { char *procid = tt_default_procid (); return procid ? build_string (procid) : Qnil; } DEFUN ("tooltalk-default-session", Ftooltalk_default_session, 0, 0, 0, /* Return current default session identifier for the current default procid. */ ()) { char *session = tt_default_session (); return session ? build_string (session) : Qnil; } static void init_tooltalk (void) { /* This function can GC */ char *retval; Lisp_Object lp; Lisp_Object fil; /* tt_open() messes with our signal handler flags (at least when no ttsessions is running on the machine), therefore we save the actions and restore them after the call */ #ifdef HAVE_SIGPROCMASK { struct sigaction ActSIGQUIT; struct sigaction ActSIGINT; struct sigaction ActSIGCHLD; sigaction (SIGQUIT, NULL, &ActSIGQUIT); sigaction (SIGINT, NULL, &ActSIGINT); sigaction (SIGCHLD, NULL, &ActSIGCHLD); #endif retval = tt_open (); #ifdef HAVE_SIGPROCMASK sigaction (SIGQUIT, &ActSIGQUIT, NULL); sigaction (SIGINT, &ActSIGINT, NULL); sigaction (SIGCHLD, &ActSIGCHLD, NULL); } #endif if (tt_ptr_error (retval) != TT_OK) return; Vtooltalk_fd = make_int (tt_fd ()); tt_session_join (tt_default_session ()); lp = connect_to_file_descriptor (build_string ("tooltalk"), Qnil, Vtooltalk_fd, Vtooltalk_fd); if (!NILP (lp)) { /* Don't ask the user for confirmation when exiting Emacs */ Fprocess_kill_without_query (lp, Qnil); fil = wrap_subr (&SFreceive_tooltalk_message); set_process_filter (lp, fil, 1, 0); } else { tt_close (); Vtooltalk_fd = Qnil; return; } #if defined (SOLARIS2) /* Apparently the tt_message_send_on_exit() function does not exist under SunOS 4.x or IRIX 5 or various other non-Solaris-2 systems. No big deal if we don't do the following under those systems. */ { Tt_message exit_msg = tt_message_create (); tt_message_op_set (exit_msg, "emacs-aborted"); tt_message_scope_set (exit_msg, TT_SESSION); tt_message_class_set (exit_msg, TT_NOTICE); tt_message_send_on_exit (exit_msg); tt_message_destroy (exit_msg); } #endif } DEFUN ("tooltalk-open-connection", Ftooltalk_open_connection, 0, 0, 0, /* Opens a connection to the ToolTalk server. Returns t if successful, nil otherwise. */ ()) { if (!NILP (Vtooltalk_fd)) signal_error (Qio_error, "Already connected to ToolTalk", Qunbound); if (noninteractive) signal_error (Qio_error, "Can't connect to ToolTalk in batch mode", Qunbound); init_tooltalk (); return NILP (Vtooltalk_fd) ? Qnil : Qt; } void syms_of_tooltalk (void) { INIT_LRECORD_IMPLEMENTATION (tooltalk_message); INIT_LRECORD_IMPLEMENTATION (tooltalk_pattern); DEFSYMBOL_MULTIWORD_PREDICATE (Qtooltalk_messagep); DEFSUBR (Ftooltalk_message_p); DEFSYMBOL_MULTIWORD_PREDICATE (Qtooltalk_patternp); DEFSUBR (Ftooltalk_pattern_p); DEFSYMBOL (Qtooltalk_message_handler_hook); DEFSYMBOL (Qtooltalk_pattern_handler_hook); DEFSYMBOL (Qtooltalk_unprocessed_message_hook); DEFSUBR (Freceive_tooltalk_message); DEFSUBR (Fcreate_tooltalk_message); DEFSUBR (Fdestroy_tooltalk_message); DEFSUBR (Fadd_tooltalk_message_arg); DEFSUBR (Fget_tooltalk_message_attribute); DEFSUBR (Fset_tooltalk_message_attribute); DEFSUBR (Fsend_tooltalk_message); DEFSUBR (Freturn_tooltalk_message); DEFSUBR (Fcreate_tooltalk_pattern); DEFSUBR (Fdestroy_tooltalk_pattern); DEFSUBR (Fadd_tooltalk_pattern_attribute); DEFSUBR (Fadd_tooltalk_pattern_arg); DEFSUBR (Fregister_tooltalk_pattern); DEFSUBR (Funregister_tooltalk_pattern); DEFSUBR (Ftooltalk_pattern_plist_get); DEFSUBR (Ftooltalk_pattern_prop_set); DEFSUBR (Ftooltalk_pattern_prop_get); DEFSUBR (Ftooltalk_default_procid); DEFSUBR (Ftooltalk_default_session); DEFSUBR (Ftooltalk_open_connection); DEFSYMBOL (Qreceive_tooltalk_message); defsymbol (&Qtt_address, "address"); defsymbol (&Qtt_args_count, "args_count"); defsymbol (&Qtt_arg_bval, "arg_bval"); defsymbol (&Qtt_arg_ival, "arg_ival"); defsymbol (&Qtt_arg_mode, "arg_mode"); defsymbol (&Qtt_arg_type, "arg_type"); defsymbol (&Qtt_arg_val, "arg_val"); defsymbol (&Qtt_class, "class"); defsymbol (&Qtt_category, "category"); defsymbol (&Qtt_disposition, "disposition"); defsymbol (&Qtt_file, "file"); defsymbol (&Qtt_gid, "gid"); defsymbol (&Qtt_handler, "handler"); defsymbol (&Qtt_handler_ptype, "handler_ptype"); defsymbol (&Qtt_object, "object"); defsymbol (&Qtt_op, "op"); defsymbol (&Qtt_opnum, "opnum"); defsymbol (&Qtt_otype, "otype"); defsymbol (&Qtt_scope, "scope"); defsymbol (&Qtt_sender, "sender"); defsymbol (&Qtt_sender_ptype, "sender_ptype"); defsymbol (&Qtt_session, "session"); defsymbol (&Qtt_state, "state"); defsymbol (&Qtt_status, "status"); defsymbol (&Qtt_status_string, "status_string"); defsymbol (&Qtt_uid, "uid"); defsymbol (&Qtt_callback, "callback"); defsymbol (&Qtt_prop, "prop"); defsymbol (&Qtt_plist, "plist"); defsymbol (&Qtt_reject, "reject"); defsymbol (&Qtt_reply, "reply"); defsymbol (&Qtt_fail, "fail"); DEFERROR (Qtooltalk_error, "ToolTalk error", Qio_error); } void vars_of_tooltalk (void) { Fprovide (intern ("tooltalk")); DEFVAR_LISP ("tooltalk-fd", &Vtooltalk_fd /* File descriptor returned by tt_initialize; nil if not connected to ToolTalk. */ ); Vtooltalk_fd = Qnil; DEFVAR_LISP ("tooltalk-message-handler-hook", &Vtooltalk_message_handler_hook /* List of functions to be applied to each ToolTalk message reply received. This will always occur as a result of our sending a request message. Functions will be called with two arguments, the message and the corresponding pattern. This hook will not be called if the request message was created without a C-level callback function (see `tooltalk-unprocessed-message-hook'). */ ); Vtooltalk_message_handler_hook = Qnil; DEFVAR_LISP ("tooltalk-pattern-handler-hook", &Vtooltalk_pattern_handler_hook /* List of functions to be applied to each pattern-matching ToolTalk message. This is all messages except those handled by `tooltalk-message-handler-hook'. Functions will be called with two arguments, the message and the corresponding pattern. */ ); Vtooltalk_pattern_handler_hook = Qnil; DEFVAR_LISP ("tooltalk-unprocessed-message-hook", &Vtooltalk_unprocessed_message_hook /* List of functions to be applied to each unprocessed ToolTalk message. Unprocessed messages are messages that didn't match any patterns. */ ); Vtooltalk_unprocessed_message_hook = Qnil; Tooltalk_Message_plist_str = build_msg_string ("Tooltalk Message plist"); Tooltalk_Pattern_plist_str = build_msg_string ("Tooltalk Pattern plist"); staticpro(&Tooltalk_Message_plist_str); staticpro(&Tooltalk_Pattern_plist_str); #define MAKE_CONSTANT(name) do { \ defsymbol (&Q_ ## name, #name); \ Fset (Q_ ## name, make_int (name)); \ } while (0) MAKE_CONSTANT (TT_MODE_UNDEFINED); MAKE_CONSTANT (TT_IN); MAKE_CONSTANT (TT_OUT); MAKE_CONSTANT (TT_INOUT); MAKE_CONSTANT (TT_MODE_LAST); MAKE_CONSTANT (TT_SCOPE_NONE); MAKE_CONSTANT (TT_SESSION); MAKE_CONSTANT (TT_FILE); MAKE_CONSTANT (TT_BOTH); MAKE_CONSTANT (TT_FILE_IN_SESSION); MAKE_CONSTANT (TT_CLASS_UNDEFINED); MAKE_CONSTANT (TT_NOTICE); MAKE_CONSTANT (TT_REQUEST); MAKE_CONSTANT (TT_CLASS_LAST); MAKE_CONSTANT (TT_CATEGORY_UNDEFINED); MAKE_CONSTANT (TT_OBSERVE); MAKE_CONSTANT (TT_HANDLE); MAKE_CONSTANT (TT_CATEGORY_LAST); MAKE_CONSTANT (TT_PROCEDURE); MAKE_CONSTANT (TT_OBJECT); MAKE_CONSTANT (TT_HANDLER); MAKE_CONSTANT (TT_OTYPE); MAKE_CONSTANT (TT_ADDRESS_LAST); MAKE_CONSTANT (TT_CREATED); MAKE_CONSTANT (TT_SENT); MAKE_CONSTANT (TT_HANDLED); MAKE_CONSTANT (TT_FAILED); MAKE_CONSTANT (TT_QUEUED); MAKE_CONSTANT (TT_STARTED); MAKE_CONSTANT (TT_REJECTED); MAKE_CONSTANT (TT_STATE_LAST); MAKE_CONSTANT (TT_DISCARD); MAKE_CONSTANT (TT_QUEUE); MAKE_CONSTANT (TT_START); #undef MAKE_CONSTANT staticpro (&Vtooltalk_message_gcpro); staticpro (&Vtooltalk_pattern_gcpro); Vtooltalk_message_gcpro = make_lisp_hash_table (10, HASH_TABLE_NON_WEAK, HASH_TABLE_EQ); Vtooltalk_pattern_gcpro = make_lisp_hash_table (10, HASH_TABLE_NON_WEAK, HASH_TABLE_EQ); }